Reinforced concrete component precast yard structure

Abstract

The invention discloses a reinforced concrete component precast yard structure. The structure comprises a precast production workshop, a concrete mixing station, a curing storage area, an intelligentdispatching control center, and water, electricity and gas ways; the water, electricity and gas ways are distributed in the precast production workshop, the concrete mixing station and the curing storage area; automatic control equipment in the precast production workshop, the concrete mixing station and the curing storage area is connected with the intelligent dispatching control center; the concrete mixing station transports concrete to corresponding production precast areas through multiple concrete loading rails; reinforced concrete components produced by the precast production workshop are transported to the curing storage area through transfer equipment for curing and temporary storage; and the precast production workshop comprises a reinforcement machining area, a production curingprecast area and a tray transfer production precast area arranged in parallel. The structure realizes intelligent control of reinforced concrete component precasting and intelligent transfer of all parts, greatly accelerates the precasting efficiency, and is not easy to damage reinforced concrete components in the precasting process.

Description

technical field [0001] The invention relates to the field of reinforced concrete component construction, in particular to a reinforced concrete component precast field structure. Background technique [0002] The current structure of the reinforced concrete component prefabrication site is to build a simple color steel tile greenhouse. The steel bar is processed by semi-automatic equipment, and it is transported to the production area manually or with a forklift. The prefabricated components are stored anywhere, artificially watered and cured, and manually demoulded to obtain the required finished concrete components. Due to the large number and variety of components, the investment in molds during the production process is huge, the amount of transportation and reshipment is frequent, and the storage takes up a lot of space. The damage rate is relatively high; the use of simple color steel tile greenhouses has large site planning limitations, low operating standards, and s...

AI Technical Summary

Problems solved by technology

Due to the large number and variety of components, the investment in molds during the production process is huge, the amount of transportation and reshipment is frequent, and the storage takes up a lot of space. The damage rate is relatively high; the use of simple color steel tile greenhouses has large site planning limitations, low operating standards, and scattered connections between various processes, which are greatly affected by human factors and low production efficiency; the storage space occupies a large area, and the components are stored scattered. Greatly increased personnel input and improved the difficulty of protecting finished components, the production organization is more complicated, and increased safety hazards

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